Hyperspectral imaging
Are those leaves real? Or paper? Or plastic? The differences are often subtle and hard to discern for a machine vision system - unless it uses chemical colour imaging (CCI): with this hyperspectral imaging technology revealing the true nature of objects is a piece of cake.
More information about hyperspectral imaging
How does hyperspectral imaging work?
Chemical Colour Imaging visualises the molecular structure of materials by different colouring in the resulting images. This unique „chemical fingerprint“ enables easy and reliable identification of identical or different looking objects. It also works the other way round: It is possible to detect identical material properties of different looking objects.
Hyperspectral imaging allows the visualisation of transformation levels of products that are subject to transformation processes for example ripening fruit. Hyperspectral systems analyse a spectral range of more than 100 different wavelengths (for example 900 nm - 1700 nm), thus opening up completely new application options exceeding by far the current range of multi-spectral imaging applications.
However, hyperspectral camera technology has not yet been widely applied in the industrial environment. Until now, the use of hyperspectral systems has only been accessible to experts in spectroscopy and chemometry, due to extensive and highly complex data volumes.
The Perception Park software reduces and simplifies these huge and complex data volumes for easy application in the industrial field even without expert knowledge. In particular, the intuitive and configurable graphical user interface of Perception Park’s software provides for simple and convenient evaluation of hyperspectral data.
A short introduction to hyperspectral imaging
Learn in our infographic more about hyperspectral imaging. Starting from thebasics and what it can be used for.
Read the technical tip and get detailed information on the innovative hyperspectral technology: